mirror of
https://github.com/microtherion/VocalEasel.git
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358 lines
9.2 KiB
C++
358 lines
9.2 KiB
C++
/*
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* VLModel.h
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* Vocalese
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*
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* Created by Matthias Neeracher on 12/18/05.
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* Copyright 2005 __MyCompanyName__. All rights reserved.
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*
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*/
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#include <list>
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#include <vector>
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#include <string>
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#include <inttypes.h>
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const int kVLSharpChar = 0x266F;
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const int kVLFlatChar = 0x266D;
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#define kVLSharpStr "\xE2\x99\xAF"
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#define kVLFlatStr "\xE2\x99\xAD"
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struct VLFract {
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uint16_t fNum; // Numerator
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uint16_t fDenom; // Denominator
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};
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struct VLFraction : VLFract {
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VLFraction(uint16_t num = 0, uint16_t denom = 1, bool norm=false)
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{ fNum = num; fDenom = denom; if (norm) Normalize(); }
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VLFraction(VLFract f) : VLFract(f) {}
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VLFraction & operator+=(VLFraction other);
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VLFraction & operator-=(VLFraction other);
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VLFraction & operator*=(VLFraction other);
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VLFraction & operator/=(VLFraction other);
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VLFraction & operator%=(VLFraction other);
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private:
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VLFraction & Normalize();
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};
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inline float operator*(VLFraction f, float sc)
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{
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return sc*f.fNum/f.fDenom;
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}
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inline VLFraction operator+(VLFraction one, VLFraction other)
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{
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return one += other;
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}
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inline VLFraction operator-(VLFraction one, VLFraction other)
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{
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return one -= other;
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}
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inline VLFraction operator*(VLFraction one, VLFraction other)
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{
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return one *= other;
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}
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inline VLFraction operator/(VLFraction one, VLFraction other)
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{
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return one /= other;
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}
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inline VLFraction operator%(VLFraction one, VLFraction other)
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{
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return one %= other;
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}
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inline bool operator==(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom == other.fNum*one.fDenom;
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}
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inline bool operator!=(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom != other.fNum*one.fDenom;
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}
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inline bool operator<(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom < other.fNum*one.fDenom;
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}
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inline bool operator>(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom > other.fNum*one.fDenom;
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}
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inline bool operator<=(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom <= other.fNum*one.fDenom;
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}
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inline bool operator>=(VLFraction one, VLFraction other)
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{
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return one.fNum*other.fDenom >= other.fNum*one.fDenom;
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}
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class VLProperties;
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struct VLSyllable {
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std::string fText; // Syllable text
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uint8_t fKind; // Adjacency information
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enum {
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kSingle = 0,
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kBegin = 1,
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kEnd = 2,
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kMiddle = 3,
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kHasNext = 1,
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kHasPrev = 2
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};
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operator bool() const { return fText.size() > 0; }
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};
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struct VLNote {
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VLFraction fDuration;
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int8_t fPitch; // Semitones
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enum {
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kNoPitch = -128,
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kMiddleC = 60,
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kOctave = 12
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};
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//
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// We only allow ties BETWEEN measures. Within measures, we just store
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// a combined note length.
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//
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uint8_t fTied; // Tied with note in adjacent measure
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enum {
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kNotTied = 0,
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kTiedWithNext = 1,
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kTiedWithPrev = 2
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};
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VLNote() : fPitch(kNoPitch) {}
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VLNote(VLFraction dur, int8_t pitch)
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: fDuration(dur), fPitch(pitch), fTied(kNotTied)
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{}
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VLNote(std::string name);
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void Name(std::string & name, bool useSharps = false) const;
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void LilypondName(std::string & name, VLFraction at, VLFraction prevDur, VLFraction nextDur, bool & triplet, const VLProperties & prop) const;
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void MMAName(std::string & name, VLFraction at, VLFraction prevDur, VLFraction nextDur, const VLProperties & prop) const;
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};
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struct VLRest : VLNote {
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VLRest(VLFraction duration) : VLNote(duration, kNoPitch) {}
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};
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struct VLChord : VLNote {
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uint32_t fSteps; // Notes in chord, listed in semitones
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enum {
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kUnison = 0,
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kMin2nd,
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kMaj2nd,
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kMin3rd,
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kMaj3rd,
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k4th,
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kDim5th,
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k5th,
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kAug5th,
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kDim7th,
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kMin7th,
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kMaj7th,
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kOctave,
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kMin9th,
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kMaj9th,
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kAug9th,
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kDim11th,
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k11th,
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kAug11th,
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kDim13th,
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kMin13th,
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kMaj13th,
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kmUnison = (1 << kUnison),
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kmMin2nd = (1 << kMin2nd),
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kmMaj2nd = (1 << kMaj2nd),
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kmMin3rd = (1 << kMin3rd),
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kmMaj3rd = (1 << kMaj3rd),
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km4th = (1 << k4th),
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kmDim5th = (1 << kDim5th),
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km5th = (1 << k5th),
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kmAug5th = (1 << kAug5th),
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kmDim7th = (1 << kDim7th),
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kmMin7th = (1 << kMin7th),
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kmMaj7th = (1 << kMaj7th),
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kmOctave = (1 << kOctave),
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kmMin9th = (1 << kMin9th),
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kmMaj9th = (1 << kMaj9th),
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kmAug9th = (1 << kAug9th),
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kmDim11th = (1 << kDim11th),
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km11th = (1 << k11th),
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kmAug11th = (1 << kAug11th),
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kmDim13th = (1 << kDim13th),
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kmMin13th = (1 << kMin13th),
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kmMaj13th = (1 << kMaj13th)
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};
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int8_t fRootPitch; // kNoPitch == no root
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VLChord() {}
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VLChord(std::string name);
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void Name(std::string & base, std::string & ext, std::string & root, bool useSharps = false) const;
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void LilypondName(std::string & name, bool useSharps = false) const;
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void MMAName(std::string & name, bool useSharps) const;
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};
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struct VLProperties {
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VLFraction fTime; // Time (non-normalized)
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int8_t fKey; // Circle of fifths from C, >0 sharps, <0 flats
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int8_t fMode; // 1 = major -1 = minor
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int8_t fDivisions; // Number of divisions per quarter note
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//
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// Subdivide a note and adjust for swing
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//
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void PartialNote(VLFraction at, VLFraction totalDuration, bool grouped, VLFraction * noteDuration) const;
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//
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// Determine visual representation of note head
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//
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void VisualNote(VLFraction at, VLFraction actualDur, bool prevTriplet, VLFraction *visualDur, bool * triplet) const;
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bool operator==(const VLProperties & other)
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{ return fTime == other.fTime && fKey == other.fKey && fMode == other.fMode
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&& fDivisions == other.fDivisions;
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}
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};
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struct VLLyricsNote : VLNote {
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VLLyricsNote() {}
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explicit VLLyricsNote(const VLNote & note)
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{ *static_cast<VLNote *>(this) = note; }
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std::vector<VLSyllable> fLyrics;
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};
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typedef std::list<VLChord> VLChordList;
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typedef std::list<VLLyricsNote> VLNoteList;
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struct VLMeasure {
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int8_t fPropIdx;
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VLChordList fChords;
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VLNoteList fMelody;
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VLMeasure();
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void MMANotes(std::string & notes, const VLProperties & prop) const;
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void MMAChords(std::string & chords, const VLProperties & prop) const;
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};
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struct VLRepeat {
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int8_t fTimes;
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struct Ending {
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Ending(int8_t begin, int8_t end, uint16_t volta)
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: fBegin(begin), fEnd(end), fVolta(volta) {}
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int8_t fBegin;
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int8_t fEnd;
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uint16_t fVolta;
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};
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std::vector<Ending> fEndings;
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};
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struct VLSong {
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VLSong(bool initialize = true);
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void swap(VLSong & other);
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std::vector<VLProperties> fProperties;
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std::vector<VLMeasure> fMeasures;
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std::vector<VLRepeat> fRepeats;
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int8_t fGoToCoda;
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int8_t fCoda;
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//
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// Iterate over measures in performance order
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//
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class iterator {
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public:
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size_t operator*() { return fMeasure; }
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iterator & operator++();
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bool operator==(const iterator & other) const {
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return fMeasure==other.fMeasure && fStatus == other.fStatus;
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}
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bool operator!=(const iterator & other) const {
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return fMeasure!=other.fMeasure || fStatus != other.fStatus;
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}
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protected:
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friend class VLSong;
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iterator(const VLSong & song, bool end);
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private:
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size_t fMeasure;
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const VLSong & fSong;
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struct Repeat {
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Repeat(size_t begin, int times)
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: fBegin(begin), fTimes(times), fVolta(0) {}
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size_t fBegin;
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int8_t fTimes;
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int8_t fVolta;
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bool operator==(const Repeat & other) const {
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return fBegin==other.fBegin && fVolta == other.fVolta;
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}
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bool operator!=(const Repeat & other) const {
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return fBegin!=other.fBegin || fVolta != other.fVolta;
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}
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};
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std::vector<Repeat> fStatus;
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void AdjustStatus();
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};
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iterator begin() { return iterator(*this, false); }
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iterator end() { return iterator(*this, true); }
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void AddChord(VLChord chord, size_t measure, VLFraction at);
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void AddNote(VLLyricsNote note, size_t measure, VLFraction at);
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void DelChord(size_t measure, VLFraction at);
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void DelNote(size_t measure, VLFraction at);
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void AddRepeat(size_t beginMeasure, size_t endMeasure, int times);
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void DelRepeat(size_t beginMeasure, size_t endMeasure);
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void AddEnding(size_t beginMeasure, size_t endMeasure, size_t volta);
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void DelEnding(size_t beginMeasure, size_t endMeasure);
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bool CanBeRepeat(size_t beginMeasure, size_t endMeasure, int * times = 0);
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bool CanBeEnding(size_t beginMeasure, size_t endMeasure,
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size_t * volta = 0, size_t * voltaOK = 0);
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bool DoesBeginRepeat(size_t measure, int * times = 0) const;
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bool DoesEndRepeat(size_t measure, int * times = 0) const;
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bool DoesBeginEnding(size_t measure, bool * repeat = 0, size_t * volta = 0) const;
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bool DoesEndEnding(size_t measure, bool * repeat = 0, size_t * volta = 0) const;
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bool IsNonEmpty() const;
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void Transpose(int semitones);
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bool FindWord(size_t stanza, size_t & measure, VLFraction & at);
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bool PrevWord(size_t stanza, size_t & measure, VLFraction & at);
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bool NextWord(size_t stanza, size_t & measure, VLFraction & at);
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std::string GetWord(size_t stanza, size_t measure, VLFraction at);
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void SetWord(size_t stanza, size_t measure, VLFraction at, std::string word);
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enum {
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kInsert,
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kOverwriteChords = 1,
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kOverwriteMelody = 2
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};
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VLSong CopyMeasures(size_t beginMeasure, size_t endMeasure);
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void PasteMeasures(size_t beginMeasure, const VLSong & measures,
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int mode = kInsert);
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void DeleteMeasures(size_t beginMeasure, size_t endMeasure);
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size_t CountMeasures() const { return fMeasures.size(); }
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size_t CountStanzas() const;
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void LilypondNotes(std::string & notes) const;
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void LilypondChords(std::string & chords) const;
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void LilypondStanza(std::string & lyrics, size_t stanza) const;
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};
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// Local Variables:
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// mode:C++
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// End:
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